Hardroc1Chip Class Reference

#include <Hardroc1Chip.hh>

Inheritance diagram for Hardroc1Chip:

[legend]Collaboration diagram for Hardroc1Chip:

[legend]List of all members.

Public Member Functions
	Hardroc1Chip (const Board &aBoard, const i32 aCol, const i32 aRow, const ui32 nbColumns, const ui32 nbRows, const i32 aId, const ui32 aSerialNumber)
virtual	~Hardroc1Chip ()
const ui32	getXGap () const
const ui32	getYGap () const
ui32	getThresholdDac_0 () const
ui32	getThresholdDac_1 () const
void	setThresholdDac_0 (ui32 value)
void	setThresholdDac_1 (ui32 value)
Private Member Functions
void	init ()
int	HRmap (int hr, int channel)
Private Attributes
ui32	thresholdDac_0
ui32	thresholdDac_1

---

Detailed Description

Definition at line 19 of file Hardroc1Chip.hh.

---

Constructor & Destructor Documentation

Hardroc1Chip::Hardroc1Chip	(	const Board &	aBoard,
		const i32	aCol,
		const i32	aRow,
		const ui32	nbColumns,
		const ui32	nbRows,
		const i32	aId,
		const ui32	aSerialNumber
	)

Definition at line 14 of file Hardroc1Chip.cpp.

  :Chip(aBoard, aCol, aRow, nbColumns, nbRows, aId, aSerialNumber)
{
//  FILE_LOG(logDEBUG) << "---Hardroc1Chip constructor id " << id << endl;
  init();
  thresholdDac_0 = 0;
  thresholdDac_1 = 0;
}; // Hardroc1Chip

virtual Hardroc1Chip::~Hardroc1Chip

(

)

[inline, virtual]

Definition at line 22 of file Hardroc1Chip.hh.

{ };

---

Member Function Documentation

const ui32 Hardroc1Chip::getXGap

(

)

const [inline, virtual]

Implements Chip.

Definition at line 26 of file Hardroc1Chip.hh.

{ return(0); }; // in centimeters 10um

const ui32 Hardroc1Chip::getYGap

(

)

const [inline, virtual]

Implements Chip.

Definition at line 27 of file Hardroc1Chip.hh.

{ return(0); };

ui32 Hardroc1Chip::getThresholdDac_0

(

)

const [inline]

Definition at line 29 of file Hardroc1Chip.hh.

Referenced by MTHardroc1Chip::operator=().

{ return  thresholdDac_0;};

ui32 Hardroc1Chip::getThresholdDac_1

(

)

const [inline]

Definition at line 30 of file Hardroc1Chip.hh.

Referenced by MTHardroc1Chip::operator=().

{ return thresholdDac_1;};

void Hardroc1Chip::setThresholdDac_0

(

ui32

value

)

[inline]

Definition at line 32 of file Hardroc1Chip.hh.

Referenced by Hardroc1Reader::getScData().

{ thresholdDac_0 = value;};

void Hardroc1Chip::setThresholdDac_1

(

ui32

value

)

[inline]

Definition at line 33 of file Hardroc1Chip.hh.

Referenced by Hardroc1Reader::getScData().

{thresholdDac_1  = value;};

void Hardroc1Chip::init

(

)

[private]

Definition at line 24 of file Hardroc1Chip.cpp.

Referenced by Hardroc1Chip().

{
//  FILE_LOG(logDEBUG) << "---Hardroc1Chip " << nbColumns << "cols, " << nbRows << " rows" << endl;
    for (int channelId = 0; channelId <= 63 ; channelId++) {
      int map = HRmap(id,channelId);
      Hardroc1Channel *channel = new Hardroc1Channel(*this, map%8, map/8, channelId);
      channels.insert(make_pair(channelId,channel));
    }
}; // Hardroc1Chip.ini

int Hardroc1Chip::HRmap	(	int	hr,
		int	channel
	)			[private]

Definition at line 51 of file Hardroc1Chip.cpp.

Referenced by init().

{

  hr--;  // les HR sont numero de 1 a 4

  if(hr<0||hr>3||channel<0||channel>63)
  {
      FILE_LOG(logERROR) << "---Chip id must be set to 1-2-3-4  for Hardroc1 ASU."<< endl <<" Please correct your XML file. "  << endl;
      exit(-1);
  }

  //the function throws a positin index: index%8 = xPad and index/8 = yPad


/*First HR*/


if(hr==0 && channel==0) return 0;
if(hr==0 && channel==1) return 1;
if(hr==0 && channel==2) return 2;
if(hr==0 && channel==3) return 3;
if(hr==0 && channel==4) return 4;
if(hr==0 && channel==5) return 5;
if(hr==0 && channel==6) return 6;
if(hr==0 && channel==7) return 7;

if(hr==0 && channel==8) return 8;
if(hr==0 && channel==9) return 9;
if(hr==0 && channel==10) return 10;
if(hr==0 && channel==11) return 11;
if(hr==0 && channel==12) return 12;
if(hr==0 && channel==13) return 13;
if(hr==0 && channel==14) return 14;
if(hr==0 && channel==15) return 15;

if(hr==0 && channel==16) return 16;
if(hr==0 && channel==17) return 17;
if(hr==0 && channel==18) return 18;
if(hr==0 && channel==19) return 19;
if(hr==0 && channel==20) return 20;
if(hr==0 && channel==21) return 21;
if(hr==0 && channel==22) return 22;
if(hr==0 && channel==23) return 23;

if(hr==0 && channel==24) return 24;
if(hr==0 && channel==25) return 25;
if(hr==0 && channel==26) return 26;
if(hr==0 && channel==27) return 27;
if(hr==0 && channel==28) return 28;
if(hr==0 && channel==29) return 29;
if(hr==0 && channel==30) return 30;
if(hr==0 && channel==31) return 31;

if(hr==0 && channel==32) return 32;
if(hr==0 && channel==33) return 33;
if(hr==0 && channel==34) return 34;
if(hr==0 && channel==35) return 35;
if(hr==0 && channel==36) return 36;
if(hr==0 && channel==37) return 37;
if(hr==0 && channel==38) return 39;
if(hr==0 && channel==39) return 38;

if(hr==0 && channel==40) return 40;
if(hr==0 && channel==41) return 41;
if(hr==0 && channel==42) return 43;
if(hr==0 && channel==43) return 42;
if(hr==0 && channel==44) return 44;
if(hr==0 && channel==45) return 45;
if(hr==0 && channel==46) return 47;
if(hr==0 && channel==47) return 46;

if(hr==0 && channel==48) return 48;
if(hr==0 && channel==49) return 49;
if(hr==0 && channel==50) return 51;
if(hr==0 && channel==51) return 50;
if(hr==0 && channel==52) return 52;
if(hr==0 && channel==53) return 53;
if(hr==0 && channel==54) return 55;
if(hr==0 && channel==55) return 54;

if(hr==0 && channel==56) return 56;
if(hr==0 && channel==57) return 58;
if(hr==0 && channel==58) return 59;
if(hr==0 && channel==59) return 57;
if(hr==0 && channel==60) return 60;
if(hr==0 && channel==61) return 61;
if(hr==0 && channel==62) return 62;
if(hr==0 && channel==63) return 63;


/*Second HR*/

if(hr==1 && channel==0) return   0;
if(hr==1 && channel==1) return   1;
if(hr==1 && channel==2) return   2;
if(hr==1 && channel==3) return   3;
if(hr==1 && channel==4) return   4;
if(hr==1 && channel==5) return   5;
if(hr==1 && channel==6) return   6;
if(hr==1 && channel==7) return   7;

if(hr==1 && channel==8) return   8;
if(hr==1 && channel==9) return   9;
if(hr==1 && channel==10) return   10;
if(hr==1 && channel==11) return   11;
if(hr==1 && channel==12) return   12;
if(hr==1 && channel==13) return   13;
if(hr==1 && channel==14) return   14;
if(hr==1 && channel==15) return   15;

if(hr==1 && channel==16) return   16;
if(hr==1 && channel==17) return   17;
if(hr==1 && channel==18) return   18;
if(hr==1 && channel==19) return   19;
if(hr==1 && channel==20) return   20;
if(hr==1 && channel==21) return   21;
if(hr==1 && channel==22) return   22;
if(hr==1 && channel==23) return   23;

if(hr==1 && channel==24) return   24;
if(hr==1 && channel==25) return   25;
if(hr==1 && channel==26) return   26;
if(hr==1 && channel==27) return   27;
if(hr==1 && channel==28) return   28;
if(hr==1 && channel==29) return   29;
if(hr==1 && channel==30) return   30;
if(hr==1 && channel==31) return   31;

if(hr==1 && channel==32) return   32;
if(hr==1 && channel==33) return   35;
if(hr==1 && channel==34) return   34;
if(hr==1 && channel==35) return   33;
if(hr==1 && channel==36) return   36;
if(hr==1 && channel==37) return   37;
if(hr==1 && channel==38) return   39;
if(hr==1 && channel==39) return   38;

if(hr==1 && channel==40) return   40;
if(hr==1 && channel==41) return   41;
if(hr==1 && channel==42) return   42;
if(hr==1 && channel==43) return   43;
if(hr==1 && channel==44) return   44;
if(hr==1 && channel==45) return   45;
if(hr==1 && channel==46) return   47;
if(hr==1 && channel==47) return   46;

if(hr==1 && channel==48) return   55;
if(hr==1 && channel==49) return   54;
if(hr==1 && channel==50) return   52;
if(hr==1 && channel==51) return   53;
if(hr==1 && channel==52) return   49;
if(hr==1 && channel==53) return   50;
if(hr==1 && channel==54) return   48;
if(hr==1 && channel==55) return   51;

if(hr==1 && channel==56) return   63;
if(hr==1 && channel==57) return   62;
if(hr==1 && channel==58) return   60;
if(hr==1 && channel==59) return   61;
if(hr==1 && channel==60) return   56;
if(hr==1 && channel==61) return   59;
if(hr==1 && channel==62) return   58;
if(hr==1 && channel==63) return   57;


/*Third HR*/

if(hr==2 && channel==0) return   0;
if(hr==2 && channel==1) return   1;
if(hr==2 && channel==2) return   2;
if(hr==2 && channel==3) return   3;
if(hr==2 && channel==4) return   4;
if(hr==2 && channel==5) return   5;
if(hr==2 && channel==6) return   6;
if(hr==2 && channel==7) return   7;

if(hr==2 && channel==8) return   8;
if(hr==2 && channel==9) return   9;
if(hr==2 && channel==10) return   10;
if(hr==2 && channel==11) return   11;
if(hr==2 && channel==12) return   12;
if(hr==2 && channel==13) return   13;
if(hr==2 && channel==14) return   14;
if(hr==2 && channel==15) return   15;

if(hr==2 && channel==16) return   16;
if(hr==2 && channel==17) return   17;
if(hr==2 && channel==18) return   18;
if(hr==2 && channel==19) return   19;
if(hr==2 && channel==20) return   20;
if(hr==2 && channel==21) return   21;
if(hr==2 && channel==22) return   22;
if(hr==2 && channel==23) return   23;

if(hr==2 && channel==24) return   24;
if(hr==2 && channel==25) return   25;
if(hr==2 && channel==26) return   26;
if(hr==2 && channel==27) return   27;
if(hr==2 && channel==28) return   28;
if(hr==2 && channel==29) return   29;
if(hr==2 && channel==30) return   30;
if(hr==2 && channel==31) return   31;

if(hr==2 && channel==32) return   32;
if(hr==2 && channel==33) return   35;
if(hr==2 && channel==34) return   34;
if(hr==2 && channel==35) return   33;
if(hr==2 && channel==36) return   36;
if(hr==2 && channel==37) return   37;
if(hr==2 && channel==38) return   39;
if(hr==2 && channel==39) return   38;

if(hr==2 && channel==40) return   40;
if(hr==2 && channel==41) return   43;
if(hr==2 && channel==42) return   42;
if(hr==2 && channel==43) return   41;
if(hr==2 && channel==44) return   44;
if(hr==2 && channel==45) return   45;
if(hr==2 && channel==46) return   47;
if(hr==2 && channel==47) return   46;

if(hr==2 && channel==48) return   55;
if(hr==2 && channel==49) return   54;
if(hr==2 && channel==50) return   52;
if(hr==2 && channel==51) return   53;
if(hr==2 && channel==52) return   48;
if(hr==2 && channel==53) return   49;
if(hr==2 && channel==54) return   51;
if(hr==2 && channel==55) return   50;

if(hr==2 && channel==56) return   60;
if(hr==2 && channel==57) return   59;
if(hr==2 && channel==58) return   57;
if(hr==2 && channel==59) return   58;
if(hr==2 && channel==60) return   56;
if(hr==2 && channel==61) return   61;
if(hr==2 && channel==62) return   62;
if(hr==2 && channel==63) return   63;



/*Fourth HR*/


if(hr==3 && channel==0) return   3;
if(hr==3 && channel==1) return   2;
if(hr==3 && channel==2) return   1;
if(hr==3 && channel==3) return   0;
if(hr==3 && channel==4) return   4;
if(hr==3 && channel==5) return   5;
if(hr==3 && channel==6) return   6;
if(hr==3 && channel==7) return   7;

if(hr==3 && channel==8) return   11;
if(hr==3 && channel==9) return   10;
if(hr==3 && channel==10) return   9;
if(hr==3 && channel==11) return   8;
if(hr==3 && channel==12) return   12;
if(hr==3 && channel==13) return   13;
if(hr==3 && channel==14) return   14;
if(hr==3 && channel==15) return   15;

if(hr==3 && channel==16) return   19;
if(hr==3 && channel==17) return   18;
if(hr==3 && channel==18) return   17;
if(hr==3 && channel==19) return   16;
if(hr==3 && channel==20) return   20;
if(hr==3 && channel==21) return   21;
if(hr==3 && channel==22) return   22;
if(hr==3 && channel==23) return   23;

if(hr==3 && channel==24) return   28;
if(hr==3 && channel==25) return   29;
if(hr==3 && channel==26) return   30;
if(hr==3 && channel==27) return   31;
if(hr==3 && channel==28) return   24;
if(hr==3 && channel==29) return   25;
if(hr==3 && channel==30) return   26;
if(hr==3 && channel==31) return   27;

if(hr==3 && channel==32) return   36;
if(hr==3 && channel==33) return   37;
if(hr==3 && channel==34) return   39;
if(hr==3 && channel==35) return   38;
if(hr==3 && channel==36) return   35;
if(hr==3 && channel==37) return   34;
if(hr==3 && channel==38) return   32;
if(hr==3 && channel==39) return   33;

if(hr==3 && channel==40) return   47;
if(hr==3 && channel==41) return   46;
if(hr==3 && channel==42) return   44;
if(hr==3 && channel==43) return   45;
if(hr==3 && channel==44) return   43;
if(hr==3 && channel==45) return   42;
if(hr==3 && channel==46) return   40;
if(hr==3 && channel==47) return   41;

if(hr==3 && channel==48) return   55;
if(hr==3 && channel==49) return   54;
if(hr==3 && channel==50) return   52;
if(hr==3 && channel==51) return   53;
if(hr==3 && channel==52) return   51;
if(hr==3 && channel==53) return   50;
if(hr==3 && channel==54) return   48;
if(hr==3 && channel==55) return   49;

if(hr==3 && channel==56) return   63;
if(hr==3 && channel==57) return   62;
if(hr==3 && channel==58) return   60;
if(hr==3 && channel==59) return   61;
if(hr==3 && channel==60) return   59;
if(hr==3 && channel==61) return   58;
if(hr==3 && channel==62) return   57;
if(hr==3 && channel==63) return   56;

 return -1;
}

---

Member Data Documentation

ui32 Hardroc1Chip::thresholdDac_0 [private]

Definition at line 41 of file Hardroc1Chip.hh.

Referenced by getThresholdDac_0(), Hardroc1Chip(), and setThresholdDac_0().

ui32 Hardroc1Chip::thresholdDac_1 [private]

Definition at line 42 of file Hardroc1Chip.hh.

Referenced by getThresholdDac_1(), Hardroc1Chip(), and setThresholdDac_1().

---

The documentation for this class was generated from the following files:

• /data3/calcul/jacquem/working_dir/Micromegas/micromegasFrameWork/include/geometry/Hardroc1Chip.hh
• /data3/calcul/jacquem/working_dir/Micromegas/micromegasFrameWork/src/geometry/Hardroc1Chip.cpp

---